Analyzing the Footwork of a Boxer During a Bout Using Computer Vision Techniques

This project aims to analyze the footwork of a boxer from recorded videos shot during a boxing bout by using deep learning and computer vision algorithms to identify the position of placement of the foot. This metric helps determine the active and inactive states during the bout and gives us the agility ratio of the player.

Hospital Records Database Management System

In the traditional management system, we always see that to find out the patient’s history, the user has to go through various registers. This results in a waste of time. The Hospital management system database design is used to manage hospital functions and events. It enables the admin to register a patient for the hospital and store their disease details in the database. Any of the staff members, doctor & admin is able to add, view, edit, update or delete data. The purpose of the Hospital Management System Database Design is to make a secure and easy way of storing patient information, doctors, Hospital Staff, Laboratory tests and Bill payment.

The proposed system is more user-friendly, faster and requires a lower cost of maintenance when compared to the conventional file registers system. For example, laboratory attendants and doctors can use this database system for the preparation of accurate and prompt reports. Various changes to information like patient details or immunization details of a child can be easily updated. Calculation of a patient’s bill based on various treatments can be made easier. With this system, it will become easy to manage all processes.

Modelling of a Conical Tank and Implementing a Control Scheme Using Matlab and Simulink

The control of liquid level is mandatory in process industries. But the control of nonlinear process is complex. Many process industries use conical tanks because of its nonlinear shape which contributes better drainage for solid mixtures, slurries and viscous liquids. For example, a level well above the surface can upset the process reaction balances and damage equipment, but a level below the required setpoint can also cause serious problems.

Hence, level control of conical tank presents a challenging task due to its non- linearity and constantly changing cross-section. The main objective is to implement the suitable controller design for conical tank system to maintain the desired level.

Handwritten Digit Classification in Raspberry Pi Using PyTorch and OpenCV

The goal of this project is to recognize the handwritten digit shown in front of the camera and to display the detection. A convolutional neural network is trained to transcribe digits. The data from the learning stage allows the Pi Camera to read and recognize the digits. To implement this, Scikit and OpenCV are used for image processing and PyTorch is used for deep learning.

Water Level Indicator

Most water level indicators for water tanks are based upon the number of LEDs that glow to indicate the corresponding level of water in the container. Here we present a digital version of the water level indicator. It uses a 7-segment display to show the water level in numeric form from 0 to 9.

The numeric water indicator circuit works off 5V regulated power supply. It is built around priority encoder IC 74HC147, BCD-to-7-segment decoder IC CD4511, 7-segment display LTS543 and a few discrete components.

Personal Website

Created own personal website for showing resume. Merged Ceeve and Kard platform from Styleshout.

Interfacing External EEPROM Storage With PIC16F877A Microcontroller Using SPI Communication Protocol

In this project, the PIC microcontroller is interfaced to load and retrieve data from external memory. The user-defined data is provided as the input via the source code. To execute the code, the MPLAB IDE is used along with the XC8 compiler. The code is dumped into the PIC microcontroller by employing the PIC ISP software. The programmed PIC writes the data into the EEPROM chip via the SPI protocol. Then, the data present in the EEPROM chip is read by the PIC microcontroller and displayed by making use of a 16x2 LCD.

Jellyfish Heavy Metal Adsorbent

Three years of wetlab research on developing novel heavy metal adsorbent out of jellyfish Chondroitin Sulfate. Patented on 2016, recognized with second place in Intel ISEF 2015.

E-cigarette analysis

Analyzed different e-cigarettes chemicals through processing mass spectra data. Research in Gross Lab, Stanford Medical Center